View the book

Read Online
(111.2 K)PDF
(82.4 K)EPUB
Kindle
Daisy
(17.6 K)Full Text
(126.8 K)DjVu

All Files: HTTPS

Resources

Bookmark

Colossal Tooling Design: 3D Simulation for Ergonomic Analysis (November 1, 2003)

Author: Hunter, Steve L.; Dischinger, Charles; Thomas, Robert E.; Babai, Maji
Subject: CERAMICS; FAILURE MODES; OXIDIZERS; HYBRID COMPOSITES; TURBINE PUMPS; DAMAGE; TRANSMISSIONS (MACHINE ELEMENTS); HIGH PRESSURE; TURBINE ENGINES; AEROSPACE ENGINEERING; DETECTION
Year: 2003
Language: English
Book contributor: NASA
Collection: nasa_techdocs

Description

The application of high-level 3D simulation software to the design phase of colossal mandrel tooling for composite aerospace fuel tanks was accomplished to discover and resolve safety and human engineering problems. The analyses were conducted to determine safety, ergonomic and human engineering aspects of the disassembly process of the fuel tank composite shell mandrel. Three-dimensional graphics high-level software, incorporating various ergonomic analysis algorithms, was utilized to determine if the process was within safety and health boundaries for the workers carrying out these tasks. In addition, the graphical software was extremely helpful in the identification of material handling equipment and devices for the mandrel tooling assembly/disassembly process.

Creative Commons license: Public Domain

Be the first to write a review
Downloaded 53 times Reviews

Selected metadata

Identifier:	nasa_techdoc_20040084043
Document-source:	CASI
Documentid:	20040084043
Nasa-center:	Marshall Space Flight Center
Online-source:	http://wayback.archive-it.org/1792/20100202041856/http://hdl.handle.net/2060/20040084043
Original-nasa-rights:	Unclassified; No Copyright; Unlimited; Publicly available;
Report-number:	ARL-TR-3119; E-14296; NASA/TM-2004-212882
Updated-added-to-ntrs:	2005-10-13
Licenseurl:	http://creativecommons.org/licenses/publicdomain/
Mediatype:	texts
Rights:	Public Domain
Identifier-access:	http://www.archive.org/details/nasa_techdoc_20040084043
Identifier-ark:	ark:/13960/t3xs6kz94
Ppi:	300
Ocr:	ABBYY FineReader 8.0